Best Power Capacitors Manufacturer in Faridabad

Power Capacitors are storage devices for electric energy used in various industries. It is one of the most famous elements of electronic circuits. They are equipped and installations operated at high power. They are used to convert and control power. It is an electrical device used for improving the power factor of the electrical power system when the load is inductive.

Advantages of capacitors

• Capacitors can store energy.

The direct function of a capacitor is to store energy. The capacitor is an inactive electronic component that stores, filters, and regulates electrical energy.

• Capacitors have a long service life.

Capacitors can operate for around ten years without maintenance. And, they are cheaper than other energy storage equipment.

• Capacitors charge and discharge quickly.

The capacitor gets charged in seconds. It is always ready. However, it discharges its power in seconds too. The advantages of capacitors contain a very high cycle life and charge rates that nearly match discharge rates.

• Capacitors have various types and sizes.

The physical size of capacitors relies on their operating voltage and the load they can store. Their designs are mixed. It is available of almost any size and shape.

• Capacitors improve the power factor.

Capacitors are very useful in power grids. They pay for the reactive power consumption of electrical motors, transformers, etc. The results can be seen in more steady power grids with improved transmission capacity and losses thanks to higher power factors.

• Capacitors reduce harmonics in filtering solutions.

Capacitors also include a key component in the various filter solutions reducing harmonic contents.

• Capacitors are safe

Small capacitors are safe. They do not have mixtures of highly flammable liquids, and pretty much cannot explode. Besides, capacitors are not thermal noise sources. They can resist overheating during heavy charge or discharge. They are capable of great energy output.

The Function of Power Capacitors

(1) Increase the terminal voltage. The capacitor connected in series in the lines uses its capacitive reactance xc to compensate the inductive reactance xl of the line so that the voltage drop of the line is reduced, thereby increasing the terminal voltage(receiving end) generally up to 10%. ~20%.

(2) Reduce voltage fluctuations at the receiving end. When the receiving end is connected with a large impact load (such as electric arc furnace, electric welder, electrical railway, etc.), the series capacitor can eliminate the severe fluctuation of the voltage. It will also instantly adjust the voltage with the change of the load to maintain the voltage value of the receiving end.

(3) Improve transmission capacity of lines. Since the line is connected in series with the compensating reactance xc of the capacitor, the line's voltage drop and power loss are reduced, and the line's transmission capacity is correspondingly increased.

(4) Improved the distribution of power flow in the system. For example, some capacitors are connected in series on some lines in a closed circuit. In that case, it will partially change the line reactance and cause the current to flow according to the specified lines to achieve the economic distribution of the power.

(5) Improve the stability of the system. After the capacitor is connected to the line, the line's transmission capacity is improved, improving the system's stability. In addition, when part of the line fault is cut off (for example, one of the double circuits is cut off), the equivalent reactance of the system will increase sharply.

BCH Electric Limited manufactures the best Power Capacitor using double hazy and double-thick Aluminium foil and extended foil building to provide lower watt losses. Visit to know more. BCH India